1. ‘SPACESHIP EARTH’ Design for the challenge of sustainability in the 21 st Century Ed Gillespie Creative Director, FUTERRA

2. Introduction… Spaceship Earth Our current situation Principles of sustainable design Role of the designer The challenge ‘Spaceship Earth’ Design for the challenge of sustainability in the 21 st Century

3. Spaceship Earth “Design Science is the effective application of the principles of science to the conscious design of our total environment in order to help make the Earth's finite resources meet the needs of all humanity without disrupting the ecological processes of the planet“ ‘Spaceship Earth’ Design for the challenge of sustainability in the 21 st Century R. Buckminster Fuller

4. Sustainable Development “meeting the needs of the present without compromising the ability of future generations to meet their own needs” (UN) Integrating economic, social and environmental decision- making Treating the world as if we intended to stay ‘Spaceship Earth’ Design for the challenge of sustainability in the 21 st Century

5. Sustainable Design “Have nothing in your houses that you do not know to be useful, or believe to be beautiful” Fit for purpose/function Attractive to look at Sustainable: How produced, how durable, how disposed of/reused/recycled? ‘Spaceship Earth’ Design for the challenge of sustainability in the 21 st Century William Morris

6. Our current situation Global population c.1800 1 billion people 1960 3 billion Currently 6,377,776,644 (approx. 6.4B) Gain 1 billion people every 11 years ‘Spaceship Earth’ Design for the challenge of sustainability in the 21 st Century

7. “The question is not ‘How many people can the earth support’ but rather at what quality of life?” Isaac Asimov ‘Spaceship Earth’ Design for the challenge of sustainability in the 21 st Century

8. Our current situation (cont.) Ecological footprinting… Area of biologically productive land required to meet resource demands, dispose of wastes etc UK footprint = 5.2 hectares/capita UK capacity = 1.7 hectares/capita US footprint = 10.3 hectares/capita US capacity = 6.7 hectares/capita ‘Spaceship Earth’ Design for the challenge of sustainability in the 21 st Century

9. Three Planet Living ‘Spaceship Earth’ Design for the challenge of sustainability in the 21 st Century

10. Life’s not fair… 1 billion people live below the poverty line 2 billion lack safe water, 3.1 billion sanitation 20% population is in developed world but they are responsible for: –80% of commercial energy use –75% of timber –50% of fish and grain –40% of fresh water ‘Spaceship Earth’ Design for the challenge of sustainability in the 21 st Century

11. The Countdown… By 2050 at current consumption we will need: 8.5 planets to absorb our carbon dioxide 6 planets worth of steel 3.5 planets to sustain cement supply 3.5 planets to meet current timber demand Hmmmmmmmmmmmmmmmm! ‘Spaceship Earth’ Design for the challenge of sustainability in the 21 st Century

12. What gives?! Clearly unsustainable… Global inequalities Scale of the challenge Managing ‘needs’ vs ‘wants’ ‘Spaceship Earth’ Design for the challenge of sustainability in the 21 st Century

13. Principles of sustainable design Efficiency Reduction Equity Scale Sufficiency System ‘Spaceship Earth’ Design for the challenge of sustainability in the 21 st Century

14. Efficiency Disassembly Substitution Lifecycle thinking Dematerialisation Durability Cascading Recycling Factor 4 ‘Spaceship Earth’ Design for the challenge of sustainability in the 21 st Century

15. Examples… ‘Spaceship Earth’ Design for the challenge of sustainability in the 21 st Century

16. Equity Environmental justice Fair trade Green economics – the economics of ‘enough’ ‘Spaceship Earth’ Design for the challenge of sustainability in the 21 st Century

17. Scale Interactions Schumacher ‘Glocalisation’ Sustainable production and consumption ‘Spaceship Earth’ Design for the challenge of sustainability in the 21 st Century

18. Sufficiency How much is enough?! The power of design “Advertising preys on the weakness of its host, creates insatiable hunger & leads to debilitating over-consumption…in biological terms things of this nature are parasites!” Alan Durning ‘Spaceship Earth’ Design for the challenge of sustainability in the 21 st Century

19. Other factors… Gross National Product (Economists have to learn to subtract!) Purpose of consumption? What is a need? Design for sustainability ‘Spaceship Earth’ Design for the challenge of sustainability in the 21 st Century

20. System Everything is connected! Natural cycles are key to sustainable design Photosynthesis vs Fossil Fuels Functional design vs stylised design ‘I think it's a shame that designers are becoming more and more fixated on outward appearance and degrade themselves into mere stylists' Axel Thallemer ‘Spaceship Earth’ Design for the challenge of sustainability in the 21 st Century

21. Role of Designer Conflict between ‘Eco-design’ and the mainstream Sustainable development information often inaccessible, complex and elusive Redefining the context of design training Current focus on environmental profile/process of a product… ‘Spaceship Earth’ Design for the challenge of sustainability in the 21 st Century

22. Role of Designer (cont.) Magnitude of change required Small incremental changes to current approach not enough… Integral not add-on ‘We cannot solve our problems with the same thinking we used when we created them’ Albert Einstein ‘Spaceship Earth’ Design for the challenge of sustainability in the 21 st Century

23. Biomimicry ‘Spaceship Earth’ Design for the challenge of sustainability in the 21 st Century

24. Case Studies Where SUSTAINABLE design becomes GREAT design ‘Spaceship Earth’ Design for the challenge of sustainability in the 21 st Century

25. BedZed Carbon neutral Rainwater harvesting Car club Green space/high density Green roof Modern design Community ‘Spaceship Earth’ Design for the challenge of sustainability in the 21 st Century

26. BayGen Wind-up radio HIV education Solar cell Environmental, social and aesthetic aims ‘Spaceship Earth’ Design for the challenge of sustainability in the 21 st Century

27. Red Hot Asphalt Sun heats tarmac High traffic only shades surface 4 hours per day Air T = 15 degrees C Asphalt T = 50 degrees C Plastic tubing collects warmth for space heating in adjacent buildings ‘Spaceship Earth’ Design for the challenge of sustainability in the 21 st Century

28. No Shop Design installation Anti-consumerism campaign Nothing on display or for sale No shop bags and till receipts with environmental information ‘Spaceship Earth’ Design for the challenge of sustainability in the 21 st Century

29. Spaceship Earth… Finite world of finite resources Growing pressures and population Our responsibility The solutions are out there… ‘Spaceship Earth’ Design for the challenge of sustainability in the 21 st Century

30. Bucky says… “Think of it. We are blessed with technology that would be indescribable to our forefathers. We have the wherewithal, the know-it-all, to feed everybody, clothe everybody, give every human on earth a chance. We know now what we could never have known before—that we now have an option for all humanity to “make it” successfully on this planet in this lifetime. Whether it is to be Utopia or Oblivion will be a touch-and-go relay race right up to the final moment.” ‘Spaceship Earth’ Design for the challenge of sustainability in the 21 st Century

31. ‘Spaceship Earth’ Design for the challenge of sustainability in the 21 st Century